Industrial Products
The global industrial products landscape is being defined by the rising demand for faster, safer, and greener equipment and solutions . In the journey toward enhanced industrial sustainability and efficiency, the rise of digital engineering and technologies such as IoT, artificial intelligence, and data analytics has opened new gateways to our common future – bridging the gap between possibilities and reality.
LTTS is at the core of this revolution, leveraging innovative ideas and engineering them into solutions that address pertinent modern-day industrial concerns across product design and innovation, industrial automation, ruggedization, equipment maintenance, and advanced safety. Our engineers work across segments to help global OEMs and manufacturers drive innovation and efficiency – spanning the entire value chain from design, development, and deployment to monitoring, testing, and automation of processes, products, and solutions.
With over 150 patents and 30 innovation labs covering all aspects of industrial products – LTTS has emerged as the preferred engineering partner for 57 of the top 100 global engineering R&D customers.
Our Focus Areas
Product Engineering
Realizing robust manufacturing and supply chains with product development & enhancement, sustenance engineering, and verification & validation
Energy Transition
Streamlining renewables integration leveraging fuel cell applications, new age data centers, and smart grids and DERs
Manufacturing Modernization
Transforming plant digitalization journeys with robotics & automation, apps & analytics, and virtual manufacturing
Alt+Shift to Platform Solutions
Redefining IT-OT convergence across the adoption of digital engineering platforms, intelligent edge, and digital thread
Who We Serve
What We Do
Design & Development
- Concept Design,Prototyping
- Embedded hardware & Firmware
- Mechanical Engineering Services
- Power Electronics, BMS Design
- Electrical & Electromechanical Services
- Industrial Design
- Communication Protocol Implementation
Testing & Certification
- Product Performance & Functional Testing
- Test Automation - LabVIEW, Simulink, Test Fixture
- Reliability | Noise & Vibration Testing
- Pre-compliance Testing: EMI/EMC, RE/CE, UL, CSA
- Test Automation – Tool | Framework | Platform Development
Manufacturing & Sourcing
- Manufacturing engineering
- Supplier Development
- BCC / LCC Sourcing
- Should cost analysis
- Tools Jigs & Fixtures Design
- Digital Manufacturing Services
- Robotics Automation
- Industrial Automation
Product Launch Support
- Technology Upgrade | Migration
- VAVE – Cost / Weight Optimization
- Reverse Engineering
- Obsolescence Mgmt.
- Drawing Management
- Rebranding Services
Product Sustenance
- Technology Upgrade | Migration
- VAVE – Cost / Weight Optimization
- Reverse Engineering
- Obsolescence Mgmt.
- Drawing Management
- Rebranding Services
Digital Engineering
- Sensorization & System Integration
- AI/ML Implementation
- OEE & Predictive Maintenance Solutions
- Edge Gateway Framework
- Digital Twin Development
- Asset Tracking & Monitoring
- Application & Utility Software Dev.
Sustainability
- Product Circularity
- Life Cycle Assessment
- Electrification | Light-Weighting
- Sustainable Packaging | Green Sourcing
- Renewable Adoption
- CCUS & Storage
- Energy & Resource Management Solutions
- Predictive Maintenance Solutions for Enhanced Efficiency
Tell Us What You’re Looking For in Discrete Manufacturing & Industrial Products
Handpicked for You
Digital Transformation
Engineering the 4 Ms
Machine Learning
- Proprietary algorithms
- Condition monitoring of motors
- Prescriptive analytics
- Autonomous machines
- NLP
Machine Automation
- Control systems
- Automation design & architecture
- Industrial plant automation
- Data collection & analytics
- Remote device management
Machine Vision
- Image profiling
- Filters
- Image restoration & enhancement
- Feature extraction
- Segmentation
- 3D reconstruction
- Classification & tracking
Machine Communication
- Sensor engineering
- Cloud automation
- IoT edge gateways
- Custom protocol development & implementation
- nB-IoT
- Security & data encryption
What Makes Us Different
Extensive domain experience
Real domain expertise backed by cross-industry best practices
Labs and infrastructure
State-of-the art Labs and Infrastructure
Qualified and compliant
Independent Checking to Meet Compliance Standards
Flexible engagement models
Customized approach to meet the requirement
Success Stories
Wind Platforms, Engineered to Scale
LTTS helped a global wind turbine OEM scale next-generation platforms through end-to-end engineering, digitalization, testing, and design ownership.
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Connecting 152 Plants into One Operating System
LTTS built a connected-factory ecosystem across 152 plants, enabling real-time visibility, standardized operations, and zero-downtime deployment.
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Connected Thermostat
Remote heating scheduling is now possible with the new smart thermostat
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Low-cost Elevator Gateway
At LTTS, we assist our clients with bespoke, low-cost, easy-to-integrate gateway solutions
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Resources
Revolutionizing Power Management
The power and utilities sector is undergoing a monumental shift towards digitalization and enhanced operational standards. At LTTS, we are leading this transformation with our comprehensive solutions ...
LTTS & Rockwell
Sujeet Chand, CTO & Sr VP at Rockwell Automation, talks about the key differentiators of LTTS and our upcoming joint initiatives in areas such as smart cities and smart manufacturing
LTTS provides end-to-end engineering for industrial products, from concept through launch and sustenance. For OEMs across industrial machinery, oil field equipment, semiconductor equipment, HVAC and electrical products, capabilities span embedded systems, mechanical engineering, power electronics, testing, VAVE, manufacturing and digital engineering. AI/ML, intelligent edge and digital twins further help create connected, efficient and future-ready products.
LTTS brings product design, validation and manufacturing engineering together to streamline development and launch. OEMs across semiconductor equipment, industrial machinery, electrical systems and instrumentation can leverage concept design, prototyping, test automation, supplier development and digital manufacturing. Technology migration, VAVE and launch support further address cost and lifecycle challenges without separating product development from downstream manufacturing realities.
LTTS combines digital twins, IIoT and AI to turn asset data into actionable insights. Across industrial equipment, utilities and smart infrastructure, capabilities such as sensorization, edge analytics and predictive maintenance improve asset visibility and decision-making. LTTSGridEye™ brings AI, digital twins and real-time analytics to grid assets, supporting predictive maintenance, diagnostics, operational efficiency and greater asset resilience.
Yes. LTTS modernizes established product portfolios through technology migration, VAVE, reverse engineering, obsolescence management and sustenance engineering. For long-lifecycle products across industrial machinery, oil field equipment, elevators, HVAC and electrical systems, modernization can extend into sensorization, AI/ML, edge gateways and predictive maintenance, helping OEMs introduce digital capabilities while continuing to derive value from existing product platforms.
Yes. LTTS supports the product lifecycle from concept and prototyping through validation, launch, modernization and sustenance. For manufacturers of material-handling equipment, drives and motors, HVAC systems, elevators and industrial controls, this includes embedded and mechanical engineering, testing, manufacturing support, technology migration, VAVE, reverse engineering and obsolescence management, helping improve products throughout their operating life.
LTTS combines embedded, mechanical, electrical and software engineering around the product. For applications spanning oil field equipment, HVAC, drives and motors, lighting and industrial controls, capabilities include embedded hardware and firmware, mechanical engineering, power electronics, BMS design, industrial design and communication protocols, complemented by AI/ML, edge gateways, sensorization and application software for increasingly connected industrial products.
LTTS builds testing, reliability and compliance engineering into product development. Across electrical products, industrial controls, HVAC, lighting, instrumentation and semiconductor equipment, capabilities include product performance and functional testing, test automation, reliability, noise and vibration testing, and EMI/EMC, UL and CSA pre-compliance testing. This helps OEMs uncover engineering issues earlier and strengthen product readiness before market introduction.
LTTS connects factory modernization, asset intelligence and energy management to make industrial operations smarter and more sustainable. Across manufacturing, utilities, data centers and smart infrastructure, capabilities span robotics, industrial automation, OEE, predictive maintenance and digital twins. LTTSGridEye™ adds AI-driven forecasting, intelligent load balancing, renewable integration and real-time CO₂ tracking to improve energy resilience, efficiency and sustainability.